The global woodworking machines market implements segmentation based on appeal in the furniture and construction management and geography.
There is an emerging trend that can significantly impact the market and contribute to its growth or decline. The global woodworking machines market scope is expected to attain USD 4.414 billion.
The expanding demand for engineered wood products and wooden furniture will be one of the vital driving factors affecting the market’s completion. Robots have long been settled in the furniture industry. Their use has been strongly completed in timber house construction. Framework construction has been advanced as a standard application for timber house manufacturers.
The robot is compounded into a framework station and interpolated into various studs in this type of application. The emerging trends propelling the global woodworking machines business are:
- Mechanization in woodworking machinery
- Increase in demand for prefabricated wood house
- Robotic woodworking machines
Mechanization In Woodworking Machinery
The requirements of the consumers are emerging with changing lifestyles and growing competition, which is a vital driver for furniture manufacturers to allow customized products. Many nations are completely automating their manufacturing units to produce products that meet the customer’s needs. The emergence of intelligent machines in the woodworking industry will help in reducing wastage and increasing production efficiency. Additionally, high-tech woodworking tools help make excellent and ornate wood products, which are appealing and affordable.
The automated material handling of disorganized stacks with complex component shapes has not been happily implemented in the solid wood sector. It continues to be seen whether different systems. Bulk material-gathering can be assigned to this field of application to pick favorably from chaotic stacks in the future. At present, the center is on single-variety and fixed stacking patterns formed on various load carriers with stacked timber. It is essential to develop special stacking devices on the load carriers or entire trolleys for automation, which facilitate loading at the machines and thus save time.
Assume the components rest in a known position on the load carrier. In that situation, it is feasible for the loading system – generally in a robot – to seize the parts more swiftly and finally place them optimally on the machine. The currently possible cell concepts of several machine manufacturers already provide a high degree of automation, implemented that a few restrictions are observed. Many machine manufacturers are also developing their product portfolio to offer practical solutions for the growing automation market.
Increase In Market For Prefabricated Wood
Prefabricated wood houses are more in demand by consumers interested in their energy-efficient nature compliant with environmental regulations. For example, the prefabricated house market in Germany grew by about 11.5% in 2015. Similarly, the Chinese government provides incentives to buildings that utilize wood in their construction, thus driving the adoption of prefabricated houses. As a result, there is the evolution of several manufacturers who offer prefabricated wood houses like bungalows, multi-story dwellings, garages, or carports to meet this growing demand.
The prefabricated building business will likely increase significantly due to the acceleration in infrastructure development and domestic and commercial sectors. Prefab houses are affordable and can be created in less time, which is supposed to undoubtedly influence the business in the APAC region due to the expanding middle-class population and accelerated urbanization. In addition, prefab structures are energy-efficient and great on sustainability. The developing awareness of construction wastage on the environment has encouraged people globally to embrace the green buildings concept, which is assumed to support the market, especially in challenging regions. Government-sponsored ambitions in developing nations to render affordable houses in less time is another significant factor influencing growth. In addition, prefabricated construction provides structural durability that enables buildings to resist earthquakes. Hence, prefab buildings are expected to generate a market from seismic-sensitive countries.
Modular construction is cheaper and less time-consuming to erect compared with traditional construction methods. However, it delivers with it a raft of sustainability advantages as well. For example, modular buildings are a lot more environmentally friendly than traditionally constructed buildings.
Robotic Woodworking Machines
The technology innovation has enabled robotics to help achieve large volumes and cost-effective solutions for manufacturing wooden products. For example, they have developed Viet Opera R, which can cut panels in any direction and on different planes. Similarly, a new intelligent technology called HPS 320 flexes has been launched, which is a thoroughly automated cutting system that delivers all the processing on a single saw, guaranteeing productivity, energy savings, and decreasing scrap.
Robots in the cabinet spray booth and accessories line have already acquired much from automotive manufacturing. They are also being revealed specifically for the wood industry to handle sheet stock, molding, casework, and millwork elements. One of the remarkable aspects of technology is that it doesn’t always come from an extensive corporate background. Many players include small visionary companies, schools, online groups, and hands-on artisans. They are starting to deliver simple, economical solutions for small shops and more prominent, complex systems for mechanical concerns. But the diversity makes it challenging to see who’s who in this field. Knowing who is out there and what they’re doing makes it a lot easier for a woodshop to begin the journey into robotics.
Such advances in robotic technology for woodworking machines have led to improved productivity and efficiency, which will appear in mass production, satisfying the demand for engineered wood products and stimulating market growth.
Conclusion
Automated robots can fully utilize their power in areas including the automation of edge processing machines, CNC processing cells, assembling systems, buffer and picking techniques, and packaging lines: regardless of whether that’s the specific construction of the cell with a separate supply and discharge situations, turning and alignment stations, part sorting, checking, or destacking.